Cash-register.



PATENTED MAR. 3, 1903.

A. RPAFP.

CASH REGISTER.

APPLIGATION FILED MAY 16, 1902.

13 SHEETS-SHEET 1.

.110 MODEL.

tNVENTOR 111:: Effif afi WITNESSES:

" ATTORNEY No. 721,915.- PATENTBD MAR. 3, 1903. A. PPAFF.

CASH REGISTER.

APPLIOATION FILED MAY 16/1902.

N0 110mm. 13 SEBETSSHEET z.

WITNESSES: I INVENTOR 42 an ETbEILHEfIE I BY I ATTORNEY THE NcRms PETERS co, umoumo, WASHXNGTON, u. c.

PATENTEDIYMAR. a

A.PPAFF. CASH REGISTER.

APPLICATION TIL ED MAY 16. 1902.

1a SHEETS-SHEET a.

vI0 MODEL.

[NVENTOR Elbert Piaf? WITNESSES ATTORNEY 1m: nonms wzrzas cu. womumo" wasmusfou. 0. cv

No. 721,915. PATENTED MAR. 31 1903.

S A. PFAFF.

CASH REGISTER.

APPLICATION FILED my 16, 1902. y 10 MODEL. 1a SHEETS-SHEET 4.

wi S,

WITNESSES: |NV ENTOR Elbert P5 5 ATTORNEY No. 721,915. PATENTED MAR. s, 1903.; f A. PPAFP.

CASH REGISTER.

I APPLICATION FILED MAY 16, 1902.

'10 MODEL. 13 SHEETS-SHEET 5 WITNESSES! INVEN TOR 45w. i w FJEEICTFEEJ E No. 721,915. PATENTED MAR, 3,1908.

- A. PFAFF.

CASH REGISTER.

APPLICATION FILED MAY 16, 1902.

N0 MODEL. 13 SHEETS-SHEET 6.

f a I 1 1, A33 ma 0! YWITNESSES: INVENTOR Z v THJDJEI'f PFEFE ATTORN EY v PATENTED MAR. 3 A. PFAPF. CASH REGISTER.

APPLICATION FILED MAY 16, 1902v l3 SHEETS-SHEET '1,

H0 MODEL.

} INVENTOR art Pia ff WlTNESSES ATTORNEY No. 721,915 PATENTED MAR. s, 1903'. A. PFAFF.

CASH REGISTER.

APPLICATION FILED MAY 15, 1902.

N0 MODEL. 13 SHEETS-SHEET 8.

I vi, M

NVENTOR R11: ErtFfEE'P fll ATTORNEY No. 721,915. PATBNTED MAR. 3, 1903.

A. PFAFF.

CASH REGISTER.

APPLICATION FILED MAY 16,'1902.

11o MODEL. 1s SHEETS-SHEET a.

II/IIIIIIIIIIIIIIIIIIIIIIIIIIIIII/IMIIII/IIIIIIIIIfl/IIIIIII/IIIII/IIAWill/III!'IIIIIIIIIIIIIIII/IIIIIIIIIIII/IIIIIIIIIIIlmII/Ifl l mm WITNESSES: 53 5/ INVENTOR g r HlbeBt'fFfai'f V ATTORNEY Nu. 721,915. PATENTED MAR. s, 1903.

A. PPAFP.

CASH REGISTER.

APPLIOATION nun my 16, 1902,

10 MODEL. 13 SHEETS-$112111 1o.

INVENTOR 1Tb EHPE aiE BY M PATENTED MAR. 3, 1903..

A. PFAFF.

CASH REGISTER.

APPLIOATIONSEIILED my 1a. 1902.

13 SHEETS-SHEET 11.v

N0 MODEL.

INVENTOR "mam- EM WITNESSES ATTORNEY THE NOIRKS FEYERS ca PHOTO-LIYHQ. WASHINGI'ON. w. 0.,

N0.721,915. PATENTED MAR.3,1903.

A. PFAFF.

I CASH REGISTER, N0 MODEL. l APPLHfATION FILED MAY 16, 1902. 13 SHEETS SHBBT 2 M W D- 12 22 i 12/ 225 f 226 'Mozu. 222

WITNESSES: INVENTOR 111:: art 1 923:?

BY I I PATENTBD MAR. 3, 1903.1

A. PFAE'F. CASH REGISTER.

APPLICATION FILED MAY 16, 1902.

13 SHEETS-SHEET 13'.

N0 MODEL.

' cmvndaNn 9: LI 333303 cmvuq uvlg Hno $8.].

(than 09170 lHdV 215+ uwb INVENTOR '51]: affEf ff QM Wm WITNESSES:

ATTORN EY Tu: mmms FEYERS co, movournu, WASNINGTBN. 0. cv

UNITED STATES PATENT OEErcE.

ALBERT PFAFF, OF NEW BOUNDBROOK, NElV JERSEY, ASSIGNOR TO IDEAL CASH REGISTER COMPANY, OF NEW BOUNDBROOK, NEW JERSEY, A COP- PORATION OE JERSEY.

CASH-REGiSTER.

SPECIFICATION forming part of Letters Patent No. 721,915, dated March 3, 1993. Application filed May 16. 1902. Serial No. 107,567. (No model.)

To all whom it may concern: Other objects of this invention not at this Be itknown thatI,ALBERTPFAFF,acitizen time particularly specified Will be obvious of the United States, and a resident of New from the detailed description of the present Boundbrook, in the county of Middlesex and invention. State of New Jersey, have invented certain The invention is clearly illustrated in the new and useful Improvements in Gash-Regisaccompanying drawings, in Whichters, of which the following is a specification. Figure 1 is a front elevation of a cash-reg- The present invention has reference to imister constructed in accordance with and emprovements in cash-registers of the character bodying the principles of the present invento fully described and illustrated in Letters Pattion. Fig. 2 is a front elevation of the various cut granted to E. F. Spaulding on January interior mechanism in their normally inop- 9, 1900, and respectively numbered 640,825 erative position, illustrating the same upona and 640,966, and more particularly to imbase or shelf by means of Which the same is provements in the construction of cash-registo be arranged in the register-casing, the lat- I5 ter described and illustrated in Letters Patter, however, being omitted. Fig. 3 is a horicut No. 677,896, issued July 9, 1901, in which zontal section taken on line 3 3 in said Fig. 2 the operator moves the exposed actuating or directly below the indicating cylinders or setting levers along lines of numerals prodrums, the said view illustrating the regisvided upon the front face of cash-register for tering mechanism, the actuating or setting :0 the purpose of setting certain interior seglovers, the recording-tape device, the ticket- 7o ments into proper operative relation to the printingmechanism,andintermediate operatregistering mechanism, and thereafter the oping devicessuch as the segments, gears, and erator by moving an exposed crank or handle operating-spindles-all in plan or top View. places the gearing of the registering mechan- Fig. 4 is a vertical cross-section taken on line 25 ism into direct engagement with said segtinsaid Fig.2lookingin the direction of the ments and effects the movement of the said arrow X, the indicating cylinders or drums segments to their normal position, whereby being represented in their lower or concealed said segments are caused to operate the regposition, the actuating or setting levers and istering mechanism to the extent desired and the various sections and gear devices actuzo governed by the position given to said segated from said levers being represented in ments by the said actuating or setting levers. their normally inoperative positions. Fig. 5

The primary objects of the present invenis a similar cross-section on the same line tion,therefore, are to provide with mechanand of the same parts, but the indicating ism of the character above specified means cylinders ordrums being represented in their which are controlled or actuated by the said raised and exposed positions with the actu- 8 register mechanism, first, for printing upon ating or setting levers raised and the various a tape or roll of paper the various amounts sections and gear devices brought into their to be registered; secondly, forprinting upon operatively-engaged relation by the raised and delivering from the cash-register a ticket levers. Fig. 6 is an end View of the interior 40 hearing various inscriptions, such as the mechanism looking in the direction of the amount registered, the date of sale, the nu marrow Y in Fig. 2, said view illustrating, on her or initial of the clerk who has made the an enlarged scale and more particularly, the sale, and the department of sales or kinds of initial normal positions of the tape-recording goods sold; and, thirdly, to so arrange the device, the card printing and delivery mech- 4 mechanism that the recording-tape may be anism, and other parts and devices whichconused independent of the ticket printing and stitute a part of the mechanism. Fig. 7 is a delivering means, or vice versa, or that both similar view of the said devices illustrated in may be used at the same time during the opsaid Fig. 6, but the various parts being reperation of the main registering mechanism of resented in their operated positions. Fig. 8

50 the caslrregister. is a detailed vertical cross-section of the rozoo cording-tape device and the card printing and delivering mechanism in the initial normal position, said section being taken on line 8 8 in Fig. 2 of the drawings and looking in the direction of the arrow Z. Fig. 9 is a similar cross-section of the same devices, but the parts being represented in their operative positions, the recording-tape being in its relative position while having a number printed thereon and the card-delivery mechanism being in the act of delivering the printed card for presentation to the purchaser or operator of the machine. Fig. 10 is a vertical crosssection of the various parts of mechanism connected with the recording-tape device and the card printing and delivery mechanism in their initial normal positions, said section being taken on line 10 10 in said Fig. 2 looking in the direction of the arrow U in said figure. Fig. 11 is a similar view of the same parts in their actuated positions. Fig. 12 is a face View of a shears or cutter and a device for actuating the same for cutting or severing a card or ticket from a roll or tape of paper, the parts being represented in their normally inoperative positions; and Fig. 13 is a view of the sameparts, the shears or cutter being shown in its actuated position. Fig. 14 is a detail end view of the ticket-printing dials and a face view of a lock catch or pawl connected therewith for locking the entire mechanism of the cash-register until actuated by one of the setting-levers connected with the said printing-dials. Fig. 15 is a perspective iew of a set of holding or looking fingers which are brought in holding engagement with the said printing-dials to hold the same against turning while inking the disks or dials and while the ticket or card is being printed. Fig. 16 is a vertical section of the said printing dials or disks. Figs. 17 and 18 are face views of the said ticket-printing dials or disks and a portion of the actuating-spindle which is operated from the intermediate gears and segments connected with the main actuating or setting levers, said views illustrating in connection therewith a set of gear or toothed wheels for independently actuating the said printing disks or dials, said Fig. 17 illustrating the parts in their initial normal positions, and Fig. 18 represents those of the printing dials or disks actuated and the two dials or disks for printing the kind of sale and the initial or number of the clerk also, being represented in their actuated positions. Fig. 19 is a rear face view of a pivotally-arranged printing device for printing the date and the numbers of the sales in their consecutive order upon the ticket or card. Fig. 20 isa vertical cross-section of the same, taken on line 20 20 in said Fig. 19 when looking in the direction of arrow at the extreme left of said Fig. 19. Fig. 21 is a similar cross-section taken on line 21 21 in said Fig. 19 when looking in the direction of the intermediately-placed arrow in said Fig. 19, and Fig. 22 is a similar cross-section taken on line 22 22 when looking in the direction of arrow at the right of said Fig. 19. Figs. 23, 24, and 25 are face views of the various numbering and dating disks of the device represented in said Fig. 19. Fig. 26 is a horizontal section taken on line 26 26 in said Fig. 19, and Fig. 27 is a perspective view of a set of actuating-fingers for moving or actuating the various numbering-disks. Fig. 28 is a side View of a pivoted inking roll or pad for inking the printing disks or dials represented in said Figs. 14, 16, 17, and 18, the printingdisks being indicated in dotted outline and the said view illustrating in connection therewith the position of the ticket or card delivery table while delivering the said ticket or card; and Fig. 29 is a similar view of the parts represented in said Fig. 28, but illustrating the ticket or card delivery table in its tilted position just after having received a ticket or card and while the ticket is being printed. Fig. 30 is a longitudinal vertical section of the main spindle and tubular spindles thereon with the various gears for causing the independent oscillating motions of said main spindle and said tubular spindles and the gear or toothed wheels for actuating the previously-mentioned printing disks or dials. Figs. 31 and 32 are the rear and front faces, respectively, of a printed and delivered ticket or card.

Similar characters of reference are employedin all of the said above-described views to indicate corresponding parts.

Referring to the several figures of the drawings, the reference character designates the exterior shell or casing of the register, and 41 is the usual cash-drawer.

The main actuating or setting levers are designated by the numerals 42, and said levers extend frontward through slots 43, formed in the front plate 44 of the register, the said plate being furnished with the columns of numerals 45, ranging from O to 9, inclusive. Each actuating or setting lever 42 is provided at or near the point where it projects from the slot 43 with an indexhand or pointer 46, extending in a lateral direction and sliding directly in front of the column of numbers 45, so that the operator may know at what point or opposite What number in the column the actuating-lever is to be set. The initial position of each main actuating or setting lever 42 is indicated more particularly in Fig. 3 of the drawings and is at the lower end of the slots 43, as indicated in Fig. 1, and when it is desired to register and indicate the amount of a sale the said levers (or more of them, as may be necessary) will be moved upward to proper positions along the line of said slots under the guidance of the columns of numerals 45 on the front plate 44.

Each actuating or setting lever is provided with a segment 46, and each segment is adapted to have an independent motion and is equipped with a spring 47, and the force of IIO IIS

said spring is normally exerted to pull down- I ward on the rearwardly-extending portions of the segments, so as to keep the segments in condition to automatically follow the levers 42 when the latter are elevated. The actuating or setting levers 42 during their upward motion perform two main functions, the first being to set the segments 46 and the second being, through vertical racks 48, to actuate or set the indicating cylinders or drums 49. The segments 46 are loosely mounted upon the main driving or operating shaft 50 and automatically follow the actuating-levers 42 under the influence of the coiled springs 47, connected with said segments, as above stated.

The arrangement and construction of the hereinabove-described mechanism and other means connected therewith for causing the registration during the return of the segments to their frontward and initial position are fully illustrated and described in the previously-mentioned Letters Patent No. 677,896 and will therefore not be more fully described herein. I

Now, having in a general way described the general arrangement of the parts of the register-operating mechanism which are old, I will now set forth the general arrangement and construction of the various printing devices and card or ticket delivering mechanism which embody the principles of my presentinvention and a novel means for actuating and controlling the said mechanism by means of one or more auxiliary setting-levers and the said main actuating or setting levers 42.

Upon a suitable base 51, which may form a part of the cash-register body, are arranged a pair of bearings 52 and 53, in which is arranged so as to oscillate in said bearings a main spindle or shaft 54. Upon this main spindle or shaft 54 are secured in any suitable manner a pinion 55 and an actuating-gear 56 at or near the bearing 53 at the other end of the said main spindle or shaft 54. Arranged directly upon the said main spindle or shaft 54, between the said pinion 55 and the gear 56, and capable of having an independent oscillatory motion on said spindle or shaft 54 is a tubular spindle 57, provided at one end with a pinion 58 and at its opposite end with a gear 59. Upon this spindle 57, between the said gear 59 and a collar or nut 60 on said spindle 57, is a tubular spindle 61, provided with a pinion 62 at one end and a gear 63 at its other end, and movablyarranged upon the spindle 61, between the pinion 62 and gear 63, is another tubular spindle 64, having at the one end thereof a pinion 65 and at its other end a gear 66, all of which will be clearly understood from an inspection of Fig. 30 of the drawings. Suitably secured at the opposite sides of suitably-disposed brackets 67, connected with the framework of the cash-register or any other suitable holding means and adapted to be actuated from each actuating or setting lever 42, are four sets or trains of gears, each comprising a main gear 68 in mesh with an idler 69, and the idlers 69 of the respective sets or trains of gears being, respectively, in operative mesh or engagement with the various pinions 55, 58, 62, and 65 of the respective spindles or shafts 54, 57, 61, and 64, and whereby any one or all of said spindles may be actuated independently of each other to separately actuate their gears 56, 59, 63, and 66, according to which one of the said. actuating-levers 42 has been moved in an upward direction. Each gear 68 receives its rotary motion from a segmental rack 70, attached to the side of the actuating or setting levers 42, and upon each setting or actuating lever 42 are a spring-controlled locking-rack 71 and spring-actuated pawl or dog 72 for locking or setting said levers 42 against movement, except when the said main shaft 50 has been released in the manner to be hereinafter more fully set forth and when a crank-arm or handle 73, connected with said shaft 50, is moved from its upper and previously-operated to its lower position. The manner of locking the actuating or setting levers 42 is substantially that set forth in Patent No. 690,472, issued to Smith and Giles January 7, 1902. Under normal conditions the said main shaft or spindle 50 is looked against rotary motion by means of a holding catch or dog 74, pivoted upon a bracket 75 and comprising a pair of arms or fingers 76 and 77, one of which, as 76, is forced in normal holding engagement by means of a spring 78 with a stop 79 on said main spindle 50, as indicated in Fig. 14, to prevent any motion of said spindle. Thus it will be clearly understood that for each actuating-lever 42 there are one set of gears 68 and idlers 69 for actuating the variously-arranged and independently-acting spindles 54, 57, 61, and 64 for actuating a set of printing disks or dials at the one side of the device. These disks or dials are indicated by the reference characters 80, 81, 82, and 83 and are respectively provided with a gear-tooth portion 84, whereby the disk 80 is in operative mesh with the gear 5 6, the disk 81 with the gear 59, the disk 82 with the gear 63, and the disk 83' with the gear 66, and each disk 80, 81, 82, or 83 is therefore capable of an independent and partial rotary movement for presenting the proper number or numbers to the face of the ticket to be printed thereon. The partial rotary movements of the said printing-disks 80, 81, 82, and 83 are simultaneously with the movements of the main registering mechanism of the device and are governed by the positions given by the operator to the actuating or setting levers 42, as will be clearly evident. These various printing-disks 80,81,82, and 83, as will be seen from Fig. 16, are arranged upon a pin 85, which extends from the side of a portion 86 of the frame of the machine, the said disk 83 having a long tubular hub 87 arranged directly upon the pin 85, the disk 82 having a shorter hub 88 arranged upon the hub 87, the disk 81 having a shorter hub 89 arranged upon the hub 88, and the disk having a still shorter hub 90, which is arranged upon the hub 89, as shown, each disk being capable of independent movement when actuated by the respective gears 56, 59, 63, and 66. Capable of an independent rotary motion upon the hub 90 is a printing-disk 91, bearing upon its peripheral surface names indicating the different departments in a store-such as groceries, cigars, special, and the likethe said disk 91 being provided with a tubular hub 92, bearing upon the hub 90 and having a bearing portion 93, which is arranged directly upon a part of the pin 85, as shown. Suitably secured to the end of the said portion 93 of the hub 92 of said disk 91 is an auxiliary actuating or setting lever 94 for properly setting the said disk 91, a nut or washer 95 being secured upon the end of the pin 85 for properly retaining the several disks in their operative and independently rotative positions upon said pin.

Movably arranged upon the hub 92 of the disk 91, between the said disk and that part of the actuating or setting lever 94 by means of which said lever is secured against said hub 92, is the hub 97 of another printingdisk 96, bearing upon its peripheral surface certain characters, such as letters or numbers, which indicate the clerk operating the machine. The said disk 96 is made at one side with a shoulder 98, having a stop 99, against which the end 100 of the previouslymentioned arm 77 of the device 74 rests, and thereby locks the entire mechanism of the register against actuation until the said disk 96 has been first set by a second auxiliary actuating or setting lever 101, whereby the end 100 is depressed by having been brought from its holding engagement (indicated in Fig. 6) to a position upon the circular edge of the shoulder 98, as indicated in Fig. 7, and whereby the arm 76 of the device 74 is disengaged from itsholding or locked engagement with the stop 79 on the main shaft 50 "to permit the said shaft to be actuated by means of its handle and to operate the entire mechanism of the cash-register. As illustrated, the said disks 91 and 96 are both provided with the serrated parts 102, with which is in sliding engagement the end or'ends 104 of a detent or detents 103, pivotally arranged upon the spindle 85, said ends U 104 being constantly forced in their upward directions by springs105, which are attached to the said detents and the base-plate 51, as shown. In addition to the said detents 103 for holding the disks 91 and 96 in their set positions against accidental displacement while operating the registering mechanism a set of fingers 106, each provided with a holding end 107, are secured upon the spindle 75, and one of said fingers being made with a rearwardly and upwardly extending member 108, with which is brought in sliding contact a cam member 109 on the shaft 50 when the latter is operated to depress said member 108 and bring the ends 107 of said fingers 106 in holding engagement between the gear-teeth 84 of the printing-disks 80, 81, 82, and 83 to hold said disks against turning while the handle of the main shaft 50 is atits lowest point during the operation of delivering the printed ticket or card and before returning the various mechanisms to their initial normal positions.

As will be seen from an inspection of Fig. 1 of the drawings, the auxiliary actuating or setting lever 94 extends frontward through a slot 110, formed in the front of the casing, and being furnished with a column 111 of words which indicate the different departments of the store and to either of which the lever 94 can be moved to set the printingdisk 91 for indicating the department in which the sale is made upon the ticket or card. The auxiliary actuating or setting lever 101 extends frontward through a slot 112 in the front of the register-case and can be moved along the side of a column 113, bearing letters or other devices which indicate the respective clerks of the store, and to any one of such letters or devices the clerk sets the lever 101 when it is desired to register a sale, whereby the printing-disk 96 is set for printing the initial or number of the clerk upon the ticket and at the same time releasing the entire mechanism of the machine on account of the disengagement of the detent 74 from the stop 79 on the main shaft 50 in the manner previously described.

Having thus described the printing device for printing the sale upon the ticket, I will now describe the mechanism for producing the tickets and for presenting such tickets to the printing device and the means for ejecting the ticket from a slot 114 in the front of the register-case.

Referring now more particularly to Figs. 6,

7, 8, 9, 10, and 11 of the drawings, the reference character 115 indicates any suitable support or post which is provided with a pin or spindle 116 for the reception of a roll of paper 117, the free end of said paper, as will be seen more particularly from Figs. 8 and 9, being fed into a pivoted supporting or guiding frame 118, pivoted at 119, and thenabove a guide-roll 120, beneath a printing-roll 121, which may be provided with any special advertisement, then between a pair of guideplates 122 and 123 and between a pair of feeding-rolls 124 and 125 to an edge plate or bar 126, against which is brought the cutting edge of a knife or cutter 127 for cutting the paper, and thereby producing the ticket or card 128, which is next delivered into a holder or guide-plate 129, in which it is retained for a time, while the lower surface of the said ticket is pressed against the set printing-disks 80 81 82 and 83, 91 and 96. The said plate or holder 129 consists, essentially, of a baseplate 130, provided with a suitable opening 131 and a delivery portion or shelf 132, the

IIC

said shelf forming an integral part of. the base-plate 130 and being fulcrumed on a pin 133, extending from the side of the frame portion 86 of the machine. The said base-plate 130 also has a pair of side bars 134, forming guides, and a pair of laterallyextending members 135, forming an opening 136, as shown in Figs. 8 and The free end of the paper passes between a pair of oppositelycurved members 137 and 138 and upon the base-plate 130, directly over the opening 131 therein, where the ticket is held by the latorally-extending members 135, while the under surface of the ticket is pressed against the several printing-disks directly beneath the pivoted holder 129 by the mechanism to be hereinafter described. Extending in a rearward direction and pivotally arranged upon the pin 85 is an arm 139, which is actuated from a link 140, which is pivoted by means of a pin 141 atits lower end to said arm and by means of a pin 142 at the upper end to the pivoted base-plate of the ticket or card holder 129. Pivotally attached by means of a pin 143 to the free end of said arm 139 is a spring-pressed arm 144, bearing an inkingroller 145, which is made to bear against and ink the printing-surfaces of the various printing-disks 80 81 82 and 83, 91 and 96 by the spring 146.

Under normal conditions the holder or guide-plate 129 and the inking roll or pad are in the positions indicated in said Fig. 28;, but when the said holder or plate 129 has been actuated by the mechanism to be described then will these various parts he in the positions represented in Fig. 29.

The means,which is controlled by the downward motion of the pivoted supporting or guiding frame 118, for oscillating the ticket or card holder and bringing the ticket or card therein into its printing relation above the printing-disks is illustrated in Figs. 6 and 7, and it consists, essentially, of a pair of links 251 and 252, pivotally connected, as at 253, the said link 251 being journaled at its lower end on a pin 255 on said frame 118 and the link 252 being pivotally connected with the ticket or card holder by means of a screw or pin 254, substantially as illustrated. Thus after the inking-roller 145 has moved from its inking position above the printing-disks the downward movement of said frame 118, produced by the shaft 147, as has been stated, causes the said links 251 and 252 to spread, whereby the pivoted ticket or card holder is brought into its printing relation above the said printing'disks.

In addition to these various mechanisms just described I may employ a printing mechanism for printing the date of sale upon the lower surface of the tape 117 just before it enters beneath the knife or cutter 127 to be cut into a ticket or card 128 and also with an independently-acting tape mechanism or device upon which the amounts of all the sales registered are printed; but before describing the particular arrangement and construction of these two devices I will first set forth the manner of actuating the feed-rollers 124 125 and the printing roll or cylinder 1.21 for feeding the end of the tape 117 beneath the cutter 127 to be cut into a ticket which is delivered into the card or ticket holder and also the manner of actuating the said holder for the purpose of presenting the surface of the ticket or card to the printing-disks 80, 81, 82, 83, 91, and 96 and a grasping device for forcing the printed ticket into and from the delivering-slot 114 in the register-case.

Referring now to Figs. 4 and 5 of the drawings, the reference character 147 indicates the register-wheel shaft bearing the registerwheels 148, set forth in the said Letters Patent numbered 677,896. This shaft, as is fully set forth in said patent, is made to descend in its lower position, (indicated in Fig. 5,) when the exposed crank or handle 73 is pulled forward toward its horizontal position by bringing the cam-disk 149 on the main shaft 50 (see Figs. 10 and 11) against a roller 150, which is moved rearward and by means of an intermediately-arranged mechanism (not shown in the present drawings, but illustrated in Fig. 24 of said Patent No. 677,896) thus lowers the said shaft 147. The turning movement of the register-wheel shaft 147 is accomplished by a pinion 151 on said shaft, with which is brought in operative mesh the gear-teeth 153 of a cam-disk 152, which is loosely arranged upon the main shaft 50, but is caused to rotate when a laterally-extending pin or stud 154 on the disk 149 is brought in operative contact with the marginal edge 155 of said cam-disk 152. A suitable spring 156, which has one end secured to said pin or stud 154 and then presses around the shaft 50 and has its other end fastened directly to said cam-disk 152, will return these parts to their initial normal positions when the crank or handle 73 is returned to its normally vertical position, as will be clearly understood. The previously-mentioned shaft 147 extends directly through an open part in the frame portion 86 and has arranged thereon the previously-mentioned feed-roll 124, the said shaft 147 being capable of being lowered by the mechanism and for the purposes stated in the previously-mentioned Letters Patent No. 677,896, and the one end portion of said shaft 147 being journaled in a swing-frame 167, hereinafter mentioned. It will be clearly understood that when the shaft 147 is lowered said roll 124 is also lowered, and with it the entire frame 118 and its parts, thereby bringing the lower surface of the tape 117 directly upon the dating mechanism, to be hereinafter described, and printing the date upon the under surface of the tape 117. In order that the printing-roll 121 may be operated and that the feed-rolls 125 and 120 by their frictional contact with the respective rolls 124 and 121 may feed the tape 117 to the cutter 127, the spindle 147 is provided at its free end with a gear 158, which actuates an idler 159, and this in turn drives a gear 160, connected with the pin or spindle to which the printing-roll 121 is secured. In order that the said gears 158, 159, and will not jam during the downward motion of the register- Wheel shaft 147 and its parts thereon when lowered and before turning and so as to keep the wheel or roll 124 from turning until said shaft 147 is turned, the said gears 159 and 160 are respectively connected with the plates 161 and 162, provided with the respective slots 163 and 164 and having slight independent movements upon suitably-arranged pins 165 and 166, due to the fact that the gears 158 and 160 are placed on pivotally arranged frames which swing or move in arcs of circles having different centers, (at 168 and 119, respectively,) whereby these parts will accommodate themselves to the varying distances between their centers when at their non-rotative positions before the frame 118 is lowered and while being rotated after said frame 118 has been lowered. The said plate 161 is pivotally arranged upon the said shaft 147, as indicated in:the dotted outline in Fig. 7 of the drawings, and the said pin 165, which is fast on the plate 162, extends into the slot 163 of the plate 161. Pivotally arranged upon the said shaft 147, so as to be capable of a swinging or oscillatory movement, is a cradle or swingframe 167, from the one side of which extends the pin 166,whioh extends into the slot 164 of the plate 162. To a laterallyextending bar 168 of said swing-frame 167 is connected a downwardly-extending arm 169, bearing an inking-roller 170, which is brought against the printing-surface of the printingroller 121, as indicated in Fig. 8, by the action of a spring 171.

Having thus described the combined advertisement-printing and feed mechanism for carrying the tape 117 beneath the normally raised cutter 127, I will now describe the action of the said cutter for cutting the tape and producing the ticket or card 128.

The previously-mentioned shear-blade or cutter 127 is fulcrumed upon apin 172, which extends from the side and at or near one end of the bar 126 and is made with a downwardlyextending and curved finger or arm 173. A spring 174, secured to said finger or arm 173 and the said pin 172, will cause said blade or cutter 127 to beraised when the machine is at rest or after each ticket or card has been cut from the tape 117. To cause the said cutter to be lowered, as indicated in Fig. 13, during each movement of the main shaft 50 when actuated by means of its crank or handle 73, I have provided the said shaft 50 with a stud or pin 175, which extends from the side of said shaft, as shown, and against which is arranged a slotted part 177 of a thimble 176, slidably as well as rotatably arranged upon the free end of said shaft 50. A spring 178 within said thimble causes the said slotted part 177 to be forced against the said post or stud 175, and when the said shaft 50 is moved the thimble moves with said shaft, and thereby brings a post or stud 179 on said thimble against the curved arm or finger 173 to lower said blade or cutter 127 and out the tape, as will be clearly understood. By pulling the said thimble 176 on said shaft 50 in an outward direction of the arrow in Fig. 12 the slotted part 177 is removed from its engagement with the pin or stud 175, and then by slightly turning said thimble on the end of the shaft 50 the edge 181 of a shoulder is brought against the pin or stud 175, so that the pin or stud 179 on the thimble is sufficiently removed from the finger or arm 173 so as not to actuate said arm, and the cutter 127 can thereby be placed in its inoperative position, if desired, although the other parts'of the mechanism are still in operation.

In order that the ticket or card 128, which has been severed from the tape 117, may have its under surface pressed directly through the opening 136 in the card-holder and upon the printing-surfaces of the printing-disks 80, 81, 82, 83, 91, and 96, I have secured upon the cross-bar 168 of the cradle or swing-frame 167 an arm or lever 182, which extends forwardly and is preferably curved, as shown, being provided at the front end portion with a presser-bar 183. The said presser-bar 183 is pressed directly upon the upper surface of the severed ticket or card upon the said printing rollers or disks. The said arm or lever 182 has extending therefrom in a downward direction another suitably-curved arm 184, which is provided with a heel portion 185, as represented in Figs. 10 and 11, against which a roller 186 on the side of the previously-mentioned cam-disk 149 is brought and for an instant raises the said arm 184 while in rolling and lifting engagement with the heel portion 185, and thereby sufficiently lowering the arm 182 and its presser-bar 183 to depress the ticket 128 through the opening 136 in the card or ticket holder when the latter is in its lowered position to print the amount of sale, the initial or number of the clerk, and the department of the sale upon the under surface of the ticket.

When the ticket or card has received the printed matter, a spring 187, connected with the arm 182 and with the frame portion 86, will return said arm 182 and its presser-bar and the arm 184 to their initial normal positions. (Indicated in Fig. 8.) Extending from the side of the frame 86 is a pin 192, on which is arranged a bell-crank 191. The said bell-crank comprises the two arms and the said arm 190 being provided at its lower end with an extension 189 on the side thereof. A spring 193, which encircles the said pin 192, has its two end portions resting, respectively, "against the said extension 189 and against a post 194 on the frame 86, as illustrated. Pivotally arranged upon a screw or pin 200 upon the upper end of the arm 195 of said bell-crank 191 is a member 196, having IIO a right-angled portion 197, provided with a serrated edge 198, which portion 197 and edge 198 of said member 196 moves from the position in Fig. 8 to a position over the end of the ticket or card 128, Fig. 9, grasping the said card and during its return to the position represented in said Fig. 8 sliding the card or ticket 128 over the part 132 and out of the delivery-opening 114 in the face-plate of the register-case. The said movement of the member 196 and its right-angled portion 197 from the positions indicated in Figs. 8 and 10 to the rositions represented in Figs. 9 and 11 .is produced by moving the bell-crank 190 from its normal position (shown in said Fig. 10) to the position shown in Fig. 11 by bringing a projection 188 during the rotary movement of the previously-mentioned cam-disk 149 directly upon and into pressing contact with the extension 189 upon the side of the arm 191. The two arms of the spring 193 are spread apart, and when the cam-disk 149 returns toits initial position the spring-arms of the spring 193 will return the bell-crank to its position shown in Fig. 10, and the serrated edge of the member 197 forces the card or ticket from the delivery-shelf 132. In order that the said serrated edge 198 will be passed over the edge and above the surface of the ticket or card when passing from the position shown in Fig. 10to that represented in Fig. 11 without bending the card, a pivoted plate 199, which is retained in a vertical position by means of aspring 201, is used, over which the arm or member 197 slides and lifts the serrated edge 198 over the edge and surface of the card to allow said edge 198 to drop directly upon the card when said arm 197 drops behind said pivoted plate 199. The pivotal arrangement of said plate 199 is such that when the right-angled portion 197 of the member 196 during its return movement is brought against the straight edge 157 of the pivoted plate 199 the said plate will turn on its pivotal pin, whereby the portion 197 is passed over said plate 199 without being lifted and permits said arm 197 and its serrated edge to return to its initial normal position while forcing the printed ticket from the machine. After the said right-angled portion 197 of the member 196 has reached the position indicated in Fig. 11 and the card or ticket has been delivered the spring 201, connected with the disk 199, will again bring the said disk 199 into its operative position to lift the portion 197 of the member 196 at the next operation.

In addition with the various devices and mechanism just described I may employ a tape device for printing thereon for record in consecutive order the various amounts of sales made, the initial or numbers of the clerks who made the sales, and the departments in which the sales were made. This device consists, essentially, of a support 202, Figs. 10 and 11, having a pair of pins or spindles 203 and 204, carrying a tape 205.

The tape 205, as will be seen from Figs. 8 and 9, is unrolled from a roll 206 on the pin 203 and passes beneath the presser-bar 183 and is reeled upon the roll 207 on the pin 203. The intermittent motion of the tape 205 from the roll 206 to the roll 207 is produced, Figs. 10 and 11, by a spring-pawl 248, pivoted to the printing'arm 182 and engaging the ratchet 249 on the roll 207, said pawl effecting the intermittent rotation of said roll 207 during each upward or return stroke of the arm 182. A springdog 250, pivoted to the side of the frame-piece 202, prevents reverse rotation of said roll 207.

From an inspection of Fig. 11 it will be seen that during the return movement of the cam-disk 149 the said roller or wheel 186 will again be brought against the shoe 185 of the arm 184, whereby the lever or arm 182 and presser-bar 183 are again depressed in the manner previously stated. At the same time the said cam-disk 152 moves back on shaft 50 until a stop 206 on said disk 152 is brought against a finger 208 of a spring-actuated detent or dog 207, whereby the complete return of the said disk 152 is interrupted for the time, while the bell-crank 191 and the ticket-removing arm or finger connected therewith remove the printed ticket from the holder and while the presser-bar 183 is once more depressed into the opening 136 and the tape 205 is printed upon. The object of the stop 206 on the disk 152 is that the gear-teeth 153 on said disk 152 will not be brought in engagement with the teeth of the pinion 151, and thereby cause the register-Wheel shaft 147 to turn backward or look the mechanism. The complete return of the said disk 152 is finally completed by returning the crank arm or handle 73 to its initial normal position, whereby the shaft 147, the gear 151, the detent 207, and the arm 208 are again raised, whereby the arm 208 is lifted above the stop 206, and the spring 156 returns said disk 152 to its initial normal position without having brought the gear-teeth 153 in mesh with the pinion 151. A stop 209 on said disk 152 is brought against the shoe end of the arm 184, and all the parts of the machine are now normally at rest.

In addition with the above-described mechanism may be employed a dating device, also provided with a set of disks bearing numbers for numbering the tickets out from the tape 117 in their consecutive order when delivered from the machine. This device is represented more particularly in Figs. 19 to 27, inclusive. The same consists, essentially, of a suitable frame 210, having the two side pieces 211 and 212 and a front wall 213, provided with a pair of forwardly-extending and perforated ears or lugs 214, resting directly upon the main shaft 50. On a pin or stem extending from the side of the frame portion 86 is an upwardly-extending arm 216, which is provided at the top with an inking-pad 217 and has at its lower end portion a forwardly-ex- IIO 

